Carbide Turning Inserts for High Temperature Alloy

attachment：Carbide Turning Inserts for High Temperature Alloy.docxCarbide Turning Inserts for High-Temperature Alloys: Uncompromising Performance

When it comes to machining high-temperature alloys, the challenges are as intense as the materials themselves. That's why our carbide turning inserts are designed with the strength and durability to handle these superalloys with easGrade TBC2005: This grade is a powerhouse combination of a high-strength high-toughness substrate and an MT-TiCN, thick Al2O3, and TiN coating. It's perfect for semi-finishing of steel parts and other high-hardness materials, maintaining its edge even when the heat is on.Grade TBC2015: With its high wear resistance substrate and CVD coating, this grade offers exceptional plastic deformation resistance and edge strength. It's ideal for finishing to semi-finish machining of steel making wear recognition a breeze.

Why Our Carbide Inserts for High-Temperature Alloys?

Advanced Coating Technology: Our AlTiN PVD coating is designed for iron-based cobalt-based and nickel-based alloys ensuring long tool life and high process reliability
Optimized for High-Temperature Alloys: Whether you're working with Inconel Hastelloy or other superalloys our inserts are up to the task.
Enhanced Performance: Our inserts are engineered to maintain their sharpness and performance when machining materials up to 68 HRC.
Application Tips 

Cutting Parameters: Optimize your cutting parameters for the best balance of tool life and surface finish. Higher cutting speeds can be used for harder materials, while feed rates and depth of cut should be adjusted to avoid excessive heat and tool wear.
Coolant Usage: The use of coolant can significantly extend tool life and improve surface finish, especially when machining hard materials that generate a lot of heat.
Insert Selection: Choose the right insert geometry and size for your specific application to ensure efficient chip removal and minimal vibration.
Take on the challenge of high-temperature alloys with our carbide turning inserts, and experience the difference they can make in your machining process.